Modeling of optimal scanning for curvilinear survey routes and geometrically complex areas using optoelectronic observation equipment

Abstract

The models and problems of remote sensing satellite control intended for of the Earth are considered both for optimal scanning of curvilinear survey routes and geometrically complex areas of sensing using optoelectronic observation equipment in the “push broom” mode. A general model for scanning an arbitrary survey route is given, and a variational problem of the synthesis of the optimal control of its scanning is defined. The main tasks related to the optimization of multiroute survey of geometrically complex sensing area are given using a modified model of the theory of optimal coverings.